InputData.h

/****************************************************************************
 * Platform Abstraction Layer
 * Daryl Borth 2026
 * InputData.h
 *
 * Platform-agnostic input structures
 ***************************************************************************/
#pragma once
 
#include <cstdint>

enum InputDataButtons : uint32_t {
    INPUT_BTN_NONE    = 0,
    INPUT_BTN_A       = (1 << 0),
    INPUT_BTN_B       = (1 << 1),
    INPUT_BTN_X       = (1 << 2),
    INPUT_BTN_Y       = (1 << 3),
    INPUT_BTN_1       = (1 << 4),
    INPUT_BTN_2       = (1 << 5),
    INPUT_BTN_UP      = (1 << 6),
    INPUT_BTN_DOWN    = (1 << 7),
    INPUT_BTN_LEFT    = (1 << 8),
    INPUT_BTN_RIGHT   = (1 << 9),
    INPUT_BTN_PLUS    = (1 << 10),  // Plus (Wii/Wii U) / Start (GC)
    INPUT_BTN_MINUS   = (1 << 11),  // Minus (Wii/Wii U)
    INPUT_BTN_HOME    = (1 << 12),  // Home (Wii/Wii U)
    INPUT_TRIGGER_L   = (1 << 13),  // L Trigger / Bumper, Nunchuk C
    INPUT_TRIGGER_R   = (1 << 14),  // R Trigger / Bumper
    INPUT_TRIGGER_ZL  = (1 << 15),  // ZL Trigger / GC Z Button, Nunchuk Z
    INPUT_TRIGGER_ZR  = (1 << 16),  // ZR Trigger
    INPUT_THUMB_L     = (1 << 17),  // Left Stick Click (L3)
    INPUT_THUMB_R     = (1 << 18)   // Right Stick Click (R3)
};

enum GuiHardwareProfile : uint32_t {
    INPUT_HW_GAMECUBE = 0,
    INPUT_HW_WIIMOTE  = 1,
    INPUT_HW_NUNCHUK  = 2,
    INPUT_HW_CLASSIC  = 3,
    INPUT_HW_WUPC     = 4,
    INPUT_HW_DRC      = 5,
    INPUT_HW_MAX      = 6
};

struct InputPadData {
    uint32_t buttons_d; 
    uint32_t buttons_h; 
    uint32_t buttons_r; 
    float stickX;      
    float stickY;      
    float substickX;   
    float substickY;   
    float gforceX;     
    float gforceY;     
    float gforceZ;     
    float pitch;       
    float roll;        
    float yaw;         
    uint32_t battery_level; 
    float cursor_x;     
    float cursor_y;     
    float cursor_angle; 
    bool validPointer;  
    bool isTouch;       

    bool     hw_connected[INPUT_HW_MAX];   
    uint32_t hw_buttons_d[INPUT_HW_MAX];   
    uint32_t hw_buttons_h[INPUT_HW_MAX];   
    uint32_t hw_buttons_r[INPUT_HW_MAX];   
    float    hw_stickX[INPUT_HW_MAX];      
    float    hw_stickY[INPUT_HW_MAX];      
    float    hw_substickX[INPUT_HW_MAX];   
    float    hw_substickY[INPUT_HW_MAX];   
    float    hw_triggerL[INPUT_HW_MAX];    
    float    hw_triggerR[INPUT_HW_MAX];    
 
    float    hw_gforceX[INPUT_HW_MAX];     
    float    hw_gforceY[INPUT_HW_MAX];     
    float    hw_gforceZ[INPUT_HW_MAX];     
    float    hw_pitch[INPUT_HW_MAX];       
    float    hw_roll[INPUT_HW_MAX];        
    float    hw_yaw[INPUT_HW_MAX];         
 
    InputPadData() {
        buttons_d = buttons_h = buttons_r = 0;
        stickX = stickY = substickX = substickY = 0.0f;
        gforceX = gforceY = gforceZ = 0.0f;
        pitch = roll = yaw = 0.0f;
        battery_level = 0;
        cursor_x = cursor_y = cursor_angle = 0.0f;
        validPointer = isTouch = false;
 
        for(uint32_t i = 0; i < INPUT_HW_MAX; i++) {
            hw_connected[i] = false;
            hw_buttons_d[i] = hw_buttons_h[i] = hw_buttons_r[i] = 0;
            hw_stickX[i] = hw_stickY[i] = hw_substickX[i] = hw_substickY[i] = 0.0f;
            hw_triggerL[i] = hw_triggerR[i] = 0.0f;
            hw_gforceX[i] = hw_gforceY[i] = hw_gforceZ[i] = 0.0f;
            hw_pitch[i] = hw_roll[i] = hw_yaw[i] = 0.0f;
        }
    }
};